831
edits
Item:OSWafeef52647724bc787630e6b2bef23fe: Difference between revisions
From Battery Knowledge Base
Item:OSWafeef52647724bc787630e6b2bef23fe (view source)
Revision as of 16:20, 13 November 2024
, Yesterday at 16:20no edit summary
No edit summary Tag: Metadata slot edit |
No edit summary Tag: 2017 source edit |
||
| Line 1: | Line 1: | ||
This webinar explores the crucial role that energy storage, particularly batteries, can play in providing flexibility for a decarbonised electricity system. Hosted by the Faraday Institution, the event will offer insights into various aspects of energy storage in the journey toward net-zero. | |||
=== Event Highlights === | |||
* '''Roles of Energy Storage in Net-Zero Systems''': Understand how energy storage can support the transition to a fully decarbonised electricity system. | |||
* '''Global and UK Energy Storage Markets''': Gain an overview of the current market landscape for energy storage, with a particular focus on battery technology. | |||
* '''Battery Technology Applications''': Learn which battery technologies are best suited for specific applications and how they contribute to a sustainable energy grid. | |||
* '''Energy Storage Policy Landscape''': Explore the current policy environment for energy storage, including regulations and incentives that impact battery deployment. | |||
=== Additional Resources === | |||
For further insights, read the related Faraday Insight report: [https://www.faraday.ac.uk/get/insight-21/ Faraday Insight 21]. | |||
=== AI-Generated Content Disclaimer === | |||
This article includes content generated with the assistance of AI technology to summarize and present event information accurately. For the most detailed and current information, refer to the official [https://www.faraday.ac.uk/get/insight-21/ Faraday Insight 21] page and announcements from the Faraday Institution. | |||
